| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Maqu_0230 |
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| Symbol | |
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| ID | 4656648 |
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| Type | CDS |
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| Is gene spliced | No |
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| Is pseudo gene | No |
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| Organism name | Marinobacter aquaeolei VT8 |
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| Kingdom | Bacteria |
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| Replicon accession | NC_008740 |
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| Strand | - |
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| Start bp | 269831 |
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| End bp | 273013 |
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| Gene Length | 3183 bp |
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| Protein Length | 1060 aa |
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| Translation table | 11 |
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| GC content | 56% |
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| IMG OID | 639810186 |
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| Product | hypothetical protein |
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| Protein accession | YP_957523 |
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| Protein GI | 120553172 |
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| COG category | [V] Defense mechanisms |
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| COG ID | [COG0610] Type I site-specific restriction-modification system, R (restriction) subunit and related helicases |
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| TIGRFAM ID | |
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Plasmid Coverage information |
| Num covering plasmid clones | 5 |
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| Plasmid unclonability p-value | 1 |
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| Plasmid hitchhiking | No |
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| Plasmid clonability | normal |
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Fosmid Coverage information |
| Num covering fosmid clones | n/a |
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| Fosmid unclonability p-value | n/a |
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| Fosmid Hitchhiker | n/a |
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| Fosmid clonability | n/a |
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Sequence |
| Gene sequence | ATGGCTGACA GCCGAGAGAG AGCGTTCCAG AACGACATCA TCGCAGCCCT GAACGATCAG
GGTTGGCTGG TCGGCAAGGC GTCCGAGTAC GACAAGGTGA ATGCCGTGTA TCCGGAAGAC
CTGATTGGTT ATTTCCAGGA GGCCTGGCCA GATCGATGGG AAAAGTTCTG CAAGGGCAAC
CCTCAGAACC CGGAAAAAGT GCTCATCCAG AAAACCGTTC GGGAGCTGGA GAAAAAGGGC
ACCCTCGATG TGCTACGCCA TGGCTTCAAA GTACCAGGCG TAAAAGTCGA TCTCTGCGGC
TTCAAACCGG ACCACGGCAT GAACCCGGAC ACAGAGCGTC GATACAACGC CAACCGGTTA
CGTGTGGTCG AGGAAGTCTC CTATTCGCCT CATGCTCGCA CCGCTGATTA CAACCCACGG
CTCGACCTGG TGCTTTTCGT GAATGGGATT CCGACTGCGA CGCTGGAGCT CAAAAGCGAG
TTCAAGCAGA CCGTGGAACA CGCCAAGCGC CAGTACAAAA AGGATCGCCC GGTAAAGGAT
CCGGTTACAC GGAAGCCGGA GCCATTGTTG ACGTTCAAGC GTGGGGCATT GGTCCATTTC
GCGGTCAGCC AAGACGAAGT GGCGATGACT ACCCGGTTGA ATGGAAAGGA CACGTTCTTC
CTGCCGTTTA ACCGAGGTAC CGTCGATGGC GGTGCCGGGA ACCCCCGCGC CGAGGATGAG
GGTAGCTACG CCACGGCTTA CTTGTGGGAG CAACTGTTCC AGAAGGATGC CTGGCTTAAG
GTCCTTGGAC GTTTCCTGCA CTTGGAAAAG AAAACCGAAG AAGATTTTCA TGGTAACCGG
AAGACCAAGG AAACCCTGAT TTTTCCCCGG TATCACCAGT GGGATGTGGT CAACCAGCTG
ATACAGACGA CCCGCGAAGA AGGCGCGGGC AAGCGCTACC TCATCCAGCA CAGTGCGGGC
TCCGGCAAAT CCAACTCCAT TGCTTGGGCG GCCCATCAGC TGGCGCAGCT CTATGATAAC
GAGGGCAATA AGCTGTTCAG CTCGGTCATC GTTGTGACCG ACCGAACGGT GCTGGATAGC
CAGCTTCAGG ACACCATCTA CCAGTTTGAG CACGCTCAGG GTGTGGTTCG ACCCATCAAC
CGTGATTTGG GCAACCAGAG TAAATCGGAG CAGCTGGCTG AGGCTCTGGC CGAACAGACC
CGAATTATTA TCGTAACCAT CCAAACCTTC CCTGCGTTGT TCGATGCGCT GGAGAAGTAT
CCCAAGCTGG CGTCCGGACG GTACGCTGTG ATCGCGGACG AGGCTCACTC GTCGCAAACC
GGCTCTTCCG CAACCAAGCT GAAGGCCATC TTGGGCGGTG ATTTGCCCGA AGGAGAGGAA
ATCAGTGCGG AAGTGCTGCT GGATGCTGCC GTCTCTGCGC GCAAACCCAG TCAGGACATC
AGCTACTACG CCTTTACCGC GACGCCTAAG GCCAAGACCA TTGAGCTGTT TGGCCGGGAG
CCGGATCCGT CACAGCCTCG AAGTGAGTCC AATAAGCCAG AGCCTTTCCA TGTGTACTCC
ATGAGACAGG CTATTGAAGA AGGGTTCATC ATTGATGTGC TACGGCGCTA CACCACCTAT
GCCGTAGCCT GGAAGCTCGC TCACCCGGAC GCAGAGGACG ATGAGGTCGA CTCCAAAAAG
GCCCGAACCA CACTGGCCAA ATGGGTGCGC CTCCACCCAT ACAATATCAG CCAGAAGGTT
GAGGTCATCG TTGAGCACTT CCGGGAAAAT GTCCGGCACC TGCTCGATGG CCAGGCCAAG
GCCATGGTGG TGACCAGCAG TCGGCAGGAA GCCGTCCGTT ACCAGCTCGC CATGCAGCAG
TACATCCAGG ACAAGGGCTA TCAGGACGTT CATCCACTGG TGGCCTTTTC AGGCAGCCTG
CCACCGGATG ATGTGATTCC GGACGAAGTC ACCGAAACCA GCAGCCTTTT GAACCCAAGC
CTGAATGGTC GCGATCATGC CAAGGCGTTC GATACGGACG AGTACAATGT GATGCTGGTG
GCCAATAAAT ACCAGACGGG CTTTGACCAG CCGAAGCTCT GCGCCATGTA CGTGGACAAG
AAGCTCAAGG GGGTGGAGTG CGTTCAGACA CTCTCACGGC TGAACCGGCT GTTTCCGGGC
AAGGAAACCT TCATCCTGGA TTTTATCAAC GACGCTCAGG ACATCCTCGA TTCGTTTCTG
CCGTACTACA ACAAGGCGGA ACTGACCGGG GTTTCTGACG CCCAGGTGGT CTATGACATC
CAGGAAGCGC TGGATGCTGA GCAGGTGTAC CACTGGGATG AGGTGGAGGC CTTTGCACGG
GCATTCTTCG ATCCGAAAGC GGAATCCTCC AAGCTCAGCT ATTACTGCCA ACCGGCCCGA
GAGCGCTTCA ACAAACGGTA CAAGCTGCTT CGCGATGAAC GAGCACAGGC TCGAGCCGCC
CGGAAACAGG CTGAGGCTGA TGGGAATACC ATTGGTCTGA AGCAGGCCGA CGCATCTTTG
AAGGAGATTG GTGAAGGCCT CGATCAACTG GACCTGTTCA AGAAGAACCT GGGCAGCTTT
GTTCGAGCCT ATGAGTTCCT GTCGCAGATT GTGTTCTTTG AGGATGCAGA GCTTGAGCAG
TTGTGTGTCT TTGCCAAACA TCTCCTCCCT TTGCTGCGTC AGGAGGCCCT GGACGACGAT
GAAATCGACA TCTCCGAGCT GTCCCTATCG CATTACCGGA TCACCAAGCG AAAGGAGCAT
GAGCTCCGAT TAGAGGGGGA GGACGATCCC GACGGATTGG ATCCAATTAC GGGGGTCGGC
ACCGGAAAGC CCCACGACCC AGAGAAGAAA CGCCTGTCTG AAATCATCGA GAAGCTGAAT
GACATCTTCG GTGCTGAGGT CAGCGATGAA GATCAGCTTC ATTTTGCCAA TGGCATTGCT
GATCGCGTTC GCAGGGATGA AGCCGTGATG GCGCAGGTGA ATAGCCATTC AACGGATCAG
GTCATGCATG GGCTGTTTCC GAAGCGGCTT ACGGATCTCG TACTGGACGC CATGACGGAT
CACGAGAAAC TGTCTATGGA GATTCTGGAA AACGAGGACA GCCAAAAAGC CTTTGCCGTA
CTCATTCTTC GTCTATTAAG TGAGAAAGGT GGCGATTCAG AGCTGAGGCG CTTCGTAAAG
TAA
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| Protein sequence | MADSRERAFQ NDIIAALNDQ GWLVGKASEY DKVNAVYPED LIGYFQEAWP DRWEKFCKGN
PQNPEKVLIQ KTVRELEKKG TLDVLRHGFK VPGVKVDLCG FKPDHGMNPD TERRYNANRL
RVVEEVSYSP HARTADYNPR LDLVLFVNGI PTATLELKSE FKQTVEHAKR QYKKDRPVKD
PVTRKPEPLL TFKRGALVHF AVSQDEVAMT TRLNGKDTFF LPFNRGTVDG GAGNPRAEDE
GSYATAYLWE QLFQKDAWLK VLGRFLHLEK KTEEDFHGNR KTKETLIFPR YHQWDVVNQL
IQTTREEGAG KRYLIQHSAG SGKSNSIAWA AHQLAQLYDN EGNKLFSSVI VVTDRTVLDS
QLQDTIYQFE HAQGVVRPIN RDLGNQSKSE QLAEALAEQT RIIIVTIQTF PALFDALEKY
PKLASGRYAV IADEAHSSQT GSSATKLKAI LGGDLPEGEE ISAEVLLDAA VSARKPSQDI
SYYAFTATPK AKTIELFGRE PDPSQPRSES NKPEPFHVYS MRQAIEEGFI IDVLRRYTTY
AVAWKLAHPD AEDDEVDSKK ARTTLAKWVR LHPYNISQKV EVIVEHFREN VRHLLDGQAK
AMVVTSSRQE AVRYQLAMQQ YIQDKGYQDV HPLVAFSGSL PPDDVIPDEV TETSSLLNPS
LNGRDHAKAF DTDEYNVMLV ANKYQTGFDQ PKLCAMYVDK KLKGVECVQT LSRLNRLFPG
KETFILDFIN DAQDILDSFL PYYNKAELTG VSDAQVVYDI QEALDAEQVY HWDEVEAFAR
AFFDPKAESS KLSYYCQPAR ERFNKRYKLL RDERAQARAA RKQAEADGNT IGLKQADASL
KEIGEGLDQL DLFKKNLGSF VRAYEFLSQI VFFEDAELEQ LCVFAKHLLP LLRQEALDDD
EIDISELSLS HYRITKRKEH ELRLEGEDDP DGLDPITGVG TGKPHDPEKK RLSEIIEKLN
DIFGAEVSDE DQLHFANGIA DRVRRDEAVM AQVNSHSTDQ VMHGLFPKRL TDLVLDAMTD
HEKLSMEILE NEDSQKAFAV LILRLLSEKG GDSELRRFVK
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